Tissue Properties Presentation System and Method

1. A system for helping a user to make on-line decisions during a medical procedure relating to a tissue being measured, configured and operable for presentation of tissue sensing data being collected, the system comprising a device having one or more hardware processors configured by machine-readable instructions to cause displaying of a graphical user interface on the device, the graphical user interface comprising at least one observation field and said one or more hardware processors further being configured to be responsive in real time to tissue sensing data, from said tissue being measured, comprising one or more sensing datum of measured tissue property value, and configured to transform in real-time each measured tissue property value into a virtual real-time representation in said at least one observation field in the form of a parametric space of two different tissue characteristic parameters; wherein said graphical user interface is further configured and operable to be responsive to user input to present in real-time, in said at least one observation field, together with said tissue sensing data, a user selected map of tissue types in said parametric space of the two different tissue characteristic parameters.

2. The system of claim 1, wherein said measured tissue property is electrical impedance, and said two different tissue characteristic parameters are conductivity and permittivity values of the tissue being measured.

3. The system of claim 1, where said one or more hardware processors are configured and operable to be responsive to the tissue sensing data comprising a plurality of sensing datum measured from different locations in the tissue by a plurality of sensors and said graphical user interface is configured to concurrently display said plurality of the sensing datum in said observation field.

4. The system of claim 1, comprising a storage utility configured and operable for selectively storing said tissue sensing data based on a user input, an input from an external device connected thereto, or automatically; wherein said graphical user interface is configured and operable to be responsive to a user input to present, in said at least one observation field, at least some of the tissue sensing data stored in the storage utility, either alone or together with the tissue sensing data being collected in real-time.

5. The system of claim 4, wherein the one or more processors are further configured by machine-readable instruction to include an indexing utility to assign indexing data of one or more indices to each of said one or more sensing datum, the one or more indices being indicative of one or more measurement characteristics of each of said one or more sensing datum; the one or more measurement characteristics comprise one or more of the following: time of measurement, origin of measurement, measurement session ID, acquisition of tissue sample being measured, and user defined tag; wherein said storage utility is configured and operable for selectively storing said tissue sensing data with the corresponding indexing data, based on a user input, an input from the external device connected thereto, or automatically; and wherein said graphical user interface is configured and operable to be responsive to a user input selecting one or more of said measurement characteristics, to present, in said at least one observation field, at least said tissue sensing data associated with the indexing data corresponding to the user selected measurement characteristic(s).

6. The system of claim 5, wherein said graphical user interface is configured and operable to be responsive to said one or more measurement characteristics and present said tissue sensing data with a distinguishing feature corresponding to each of said measurement characteristics, wherein said distinguishing feature comprises one or more of the following: shape, color and size of the virtual representation of the tissue sensing data.

7. The system of claim 6, wherein said graphical user interface further comprises one or more additional observation fields for presenting to a viewer one or more of the following: said one or more distinguishing feature(s), numerical value of said two tissue characteristic parameters, and graphical representation of a connected external device.

8. The system of claim 1, wherein said one or more hardware processors are configured and operable to be responsive to value(s) of said measured tissue property of said tissue sensing data to dynamically define range of said parametric space presented in said observation field.

10. A method for helping a user to make on-line decisions relating to tissue being measured, by presenting in real-time tissue sensing data being collected, the method comprising: receiving in real-time, via one or more hardware processors, tissue sensing data comprising one or more sensing datum of measured tissue property value, transforming in real-time, via said one or more hardware processors, the measured tissue property value into a parametric space of two different characteristic tissue parameters calculated from the measured tissue property, and virtually representing in real-time said parametric space in a corresponding observation field on a graphical user interface; wherein said graphical user interface is further configured and operable to be responsive to user input to present in real-time, in said at least one observation field, together with said tissue sensing data, a user selected map of tissue types in said parametric space of the two different tissue characteristic parameters.

11. The method of claim 10, wherein said measured tissue property is electrical impedance and said two different tissue characteristic parameters are conductivity and permittivity values of the tissue being measured.

12. The method of claim 10, further comprising selectively storing said tissue sensing data based on at least one of the following: a user input, an input from an external device, or automatically, and selectively presenting, in said observation field, at least some of said stored tissue sensing data, based on a user input.

13. The method of claim 12, further comprising assigning indexing data of one or more indices to each of said one or more sensing datum, the one or more indices being indicative of one or more measurement characteristics of each of said one or more sensing datum, the one or more measurement characteristics comprise one or more of the following: time of measurement, origin of measurement, measurement session ID, acquisition of tissue sample being measured, and user defined tag; the method further comprising selectively storing said tissue sensing data with the corresponding indexing data, based on a user input, an input from an external device, or automatically, and receiving an input from a user for selecting one or more of said measurement characteristics, and presenting, in said observation field, at least said tissue sensing data associated with the indexing data corresponding to the user selected measurement characteristic(s).

14. The method of claim 13, further comprising presenting said tissue sensing data with a distinguishing feature corresponding to each of said measurement characteristics, the distinguishing feature comprising one or more of the following: shape, color and size of the virtual representation of the tissue sensing data.

15. The method of claim 14, comprising presenting, in one or more additional observation fields on the graphical user interface, one or more of the following: said one or more distinguishing feature(s), numerical value of said two tissue characteristic parameters, and graphical representation of an external device providing the tissue sensing data.

16. The method of claim 10, comprising dynamically defining range of said parametric space, via said one or more hardware processors, presented in said observation field based on value(s) of said measured tissue property of said tissue sensing data.